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We believe that the reactions involved in plasma-activated water (PAW) production are a consequence of long-lived reactive oxygen and nitrogen species (e.g., NO, O, OH, ONOO–, and H2O2) that are transferred from the plasma environment to liquid. Based on the assumption of reaction continuity in water treated with atmospheric plasma, we devised an experiment to monitor pH and electrical conductivity in samples of reverse osmosis water, before and after treatment. We used gliding arc discharge that was operated by a mixture of air + humid storage temperatures: room temperature (24°C) for group 1 and refrigeration temperature (3°C) for group 2. To obtain PAW, we treated three 250-mL samples of reverse osmosis water for 10, 20, and 30 min of exposure to the plasma. After treatment, we performed periodic monitoring of the samples, with 24 h among measurements for a total period of 96 h. We can conclude that physicochemical properties.

Effect of Storage Temperature on pH and Conductivity of Reverse Osmosis Water Treated with Atmospheric Plasma